9 дней назад
Robotics Software Engineer, Motion Planning - Logistics Division (Robotics)
Мэтч & Сопровод
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Описание вакансии
Текст:
TL;DR
Robotics Software Engineer, Motion Planning - Logistics Division (Robotics): Developing real-time motion control and custom robot-control software for logistics manipulators with an accent on inverse kinematics, collision avoidance, trajectory generation, and compliance control. Focus on integrating ROS2, MoveIt, actuator drivers, and production-ready software for enterprise robotic operations.
Location: Tokyo, Japan; hybrid workplace
Company
develops robotics solutions for logistics operations and enterprise production environments.
What you will do
- Develop real-time motion control software for robot manipulators.
- Implement inverse kinematics, collision avoidance, trajectory generation, time parameterization, and active compliance control algorithms.
- Develop custom robot-control software, including actuator driver and ROS2 framework integration.
- Integrate software components into production-ready robotic solutions for enterprise operations.
Requirements
- Master’s degree or higher in a relevant field.
- Expert-level C++ development experience on Linux/Ubuntu with at least 3 years of professional experience.
- Expertise in ROS2 and MoveIt Motion Planning, including creating a ROS environment with MoveIt and controlling robots in Gazebo from URDF.
- Experience developing software for robot manipulators and hands-on experience with motor control and PID algorithms.
- Knowledge of robotics control theory, including kinematics, dynamics, motion planning, and control.
- Business-level English and strong communication and collaboration skills.
Nice to have
- Japanese language skills for communication with internal and external stakeholders.
- Experience with force/torque control, compliance control, Docker, CI/CD, and automated robotics software deployment.
- Experience with CAN/CANopen, CiA 402, EtherCAT, or other industrial servo-control protocols.
- Experience simulating robotic systems and their interactions in physics-based environments.
- Data-driven debugging, autonomous problem-solving, and end-to-end delivery with minimal oversight.
Culture & Benefits
- Hybrid work environment based in Tokyo.
- Product-focused development for robots used in real operations.
- Collaborative work with internal and external stakeholders.
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